Lutsky Kevin F, Matzon Jonas L, Dwyer Joseph, Kim Nayoung, Beredjiklian Pedro K
Division of Hand Surgery, Rothman Institute, Sidney Kimmel Medical College, Thomas Jefferson University, Philadelphia, PA, USA.
Hand (N Y). 2016 Sep;11(3):341-346. doi: 10.1177/1558944715627238. Epub 2016 Feb 2.
Posttraumatic finger stiffness can occur as a result of hand fractures. The purpose was to assess and quantify the improvement in range of motion (ROM) after surgical management of the stiff finger in patients who developed loss of motion following treatment for a metacarpal or phalangeal fracture. In addition, an aim was to identify possible risk factors for suboptimal improvement in ROM postoperatively. A retrospective review was performed on 18 patients who underwent surgery to improve finger stiffness following metacarpal or phalangeal fracture. Demographic data including age, initial diagnosis and treatment, health history, and worker's compensation status were collected. We determined the number of specific procedures performed at the time of surgery, the number of days between surgical release and initiation of therapy, and the total active motion (TAM) prior to surgical release and at the patient's last follow-up. Mean TAM improved from 150° preoperatively (range 60°-241°) to 191° postoperatively (range 61°-271°). Most patients required multiple anatomic structures released concomitantly, with an average of 3.1. Patients who started physical therapy within 7 days of the release improved by 59°, whereas those who started physical therapy after 7 days (average 11.5 days) lost 19° of motion. Patients who had filed a worker's compensation claim improved an average of 9°, whereas nonworker's compensation patients improved an average of 58°. Degree of TAM improvement had a weak correlation with patient age or preoperative TAM. Surgical release for stiff fingers following hand fractures can offer modest improvements in ROM in some patients. Although the overall increase in motion as a result of these operations is generally limited, functional improvement can be obtained. Delay in initiating physical therapy is a risk factor for persistent or worsened stiffness. Patients involved in worker's compensation claims demonstrated significantly lower TAM improvement after surgical intervention.
创伤后手指僵硬可能因手部骨折而发生。目的是评估和量化在掌骨或指骨骨折治疗后出现活动丧失的僵硬手指患者接受手术治疗后活动范围(ROM)的改善情况。此外,目标是确定术后ROM改善不理想的可能风险因素。对18例因掌骨或指骨骨折后接受手术改善手指僵硬的患者进行了回顾性研究。收集了包括年龄、初始诊断和治疗、健康史以及工伤赔偿状况等人口统计学数据。我们确定了手术时进行的特定手术程序数量、手术松解与开始治疗之间的天数,以及手术松解前和患者最后一次随访时的总主动活动度(TAM)。平均TAM从术前的150°(范围60°-241°)改善到术后的191°(范围61°-271°)。大多数患者需要同时松解多个解剖结构,平均为3.1个。在松解后7天内开始物理治疗的患者改善了59°,而在7天后(平均11.5天)开始物理治疗的患者活动度丧失了19°。提出工伤赔偿申请的患者平均改善了9°,而非工伤赔偿患者平均改善了58°。TAM改善程度与患者年龄或术前TAM的相关性较弱。手部骨折后僵硬手指的手术松解在一些患者中可使ROM有适度改善。尽管这些手术导致的活动总体增加通常有限,但仍可获得功能改善。延迟开始物理治疗是持续性僵硬或僵硬加重的一个风险因素。涉及工伤赔偿申请的患者在手术干预后TAM改善明显较低。